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Geballtes Dioden-Know-how für US-geführten Fusionsenergie-Hub
/en/media-center/media-review/geballtes-dioden-know-how-fuer-us-gefuehrten-fusionsenergie-hub
Der STARFIRE Hub – eine vom US-Energieministerium geförderte Initiative zur Entwicklung von Fusionsenergie-Lösungen unter der Leitung des Lawrence Livermore National Laboratory (LLNL) – begrüßt fünf…
Der Trend von heute ist der Müll von morgen
/en/media-center/media-review/der-trend-von-heute-ist-der-muell-von-morgen
Wie kann die Umweltbelastung durch Fast Fashion reduziert werden?
FBH Joins IFE-STARFIRE Hub To Advance Inertial Fusion Energy
/en/media-center/media-review/fbh-joins-ife-starfire-hub-to-advance-inertial-fusion-energy-1
The Ferdinand-Braun-Institut (FBH) is proud to announce its participation in the newly expanded Diode Technology Working Group of the IFE-STARFIRE Hub.
Compact, Low-Noise, Low-SWaP Diode Lasers and Photonic Modules for Quantum Technology Applications
/en/research/publications/compact-low-noise-low-swap-diode-lasers-and-photonic-modules-for-quantum-technology-applications
Quantum technology applications like optical atomic clocks and quantum computers based on trapped ions require light sources of specific frequencies with low frequency noise. As such devices become…
Advanced Bragg grating reflectance analysis using FDTD for coupled mode theory-based surrogate models
/en/research/publications/advanced-bragg-grating-reflectance-analysis-using-fdtd-for-coupled-mode-theory-based-surrogate-models
Bragg gratings are essential components in many optical devices, including monolithic extended cavity diode lasers (mECDLs), which are designed to enhance the performance and efficiency of diode…
Restoring Information from Sparse Single Photon Detection Events for Experiments in Quantum Optics
/en/research/publications/restoring-information-from-sparse-single-photon-detection-events-for-experiments-in-quantum-optics
The precise analysis and control of quantum systems are critical for assessing their potential in advanced quantum technologies. Many characterization methods and prospective quantum applications…
Optically Stable NV Centers Integrated into Highly Tunable Diamond Photonic Crystal Cavities
/en/research/publications/optically-stable-nv-centers-integrated-into-highly-tunable-diamond-photonic-crystal-cavities
Candidate platforms in the global endeavour to build long distance quantum networks need to satisfy a variety of properties to act as a network node. These include – interfacing between stationary…
Miniaturized Optical Frequency Reference and Crossed Beam Optical Dipole Trap Systems for Compact Atom-Based Quantum Sensors
/en/research/publications/miniaturized-optical-frequency-reference-and-crossed-beam-optical-dipole-trap-systems-for-compact-atom-based-quantum-sensors
Atomic quantum technologies enable advanced timekeeping and sensing by leveraging their high precision and accuracy. We focus on developing integrated and robust atom-based quantum sensors through…
EuMIC 2025
/en/events/eumic-2025
We will be presenting our latest research findings in several contributions at the European Microwave Integrated Circuits Conference 2025.
FBH joins IFE-STARFIRE Hub to advance inertial fusion energy
/en/media-center/press-releases/fbh-joins-ife-starfire-hub-to-advance-inertial-fusion-energy
The Ferdinand-Braun-Institut (FBH) is proud to announce its participation in the newly expanded Diode Technology Working Group of the IFE-STARFIRE Hub. Funded by the U.S. Department of Energy and led…